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Error probability for detection of M-DPSK signals in slow nonselective Nakagami fading

Error probability for detection of M-DPSK signals in slow nonselective Nakagami fading

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The authors deal with the detection of M-DPSK signals in slow m-distributed Nakagami fading and additive white Gaussian noise (AWGN). A simple formula is derived for the error probability, which allows the evaluation of symbol error rate (SER) and, via numerical integration, an assessment to be made of the performance of digital mobile radio systems. This new derivation comprises some previous results relevant to Rayleigh fading and to binary DPSK in m-distributed fading.

Inspec keywords: digital radio systems; random noise; mobile radio systems; white noise; signal detection; fading; error statistics; phase shift keying

Other keywords: additive white Gaussian noise; M-DPSK signals; symbol error rate; digital mobile radio systems; slow nonselective Nakagami fading; m-distributed fading; error probability; Rayleigh fading

Subjects: Modulation and coding methods; Mobile radio systems; Signal processing and detection

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